Some clue on TPU device operation

[Spider]

qoute A: DC acoustic waves can be produced from collision of anything with anything - as long as phonon interaction between particles is present.

If I understand correctly, would that mean that if I had 2 coils, with opposing magnetic fields(equals mass), which are created in a very short peroid of time and then vanish again, they would create a DC acoustic wave? Like the 2 clapping hands? And if they clap frequently enough, I would create a magnetic potential?

Greetings Rene

[shimondoodkin]

see a speaker there, it reminds me that SM worked with speakers.
http://en.wikipedia.org/wiki/Acoustics#Transduction_in_acoustics

so it should be a gravity wave speaker to receive gravity waves.

[aleks]

If I understand correctly, would that mean that if I had 2 coils, with opposing magnetic fields(equals mass), which are created in a very short peroid of time and then vanish again, they would create a DC acoustic wave? Like the 2 clapping hands? And if they clap frequently enough, I would create a magnetic potential?

Unfortunately, EM fields are massless, that's why I doubt you can create DC acoustic waves from plain magnetic or electric field interactions. Beside that EM fields do not interact via phonons - they interact via photons. Generally speaking, I think waves (be them EM or acoustic) cannot create DC acoustic waves. Only collision (or avoidance) of two impact waves within matter may produce DC acoustic wave, because impact wave creates a "moving densification of matter" thus forming a kind of solid matter. So it's possible that two EM radio impulses directed toward each other can be also used to create DC acoustic wave formations.

[aleks]

see a speaker there, it reminds me that SM worked with speakers.
http://en.wikipedia.org/wiki/Acoustics#Transduction_in_acoustics

so it should be a gravity wave speaker to receive gravity waves.

Well, gravity is not so easy to catch and differentiate from earth's gravity field. It should be a nano-scale "speaker" or array of such speakers with some clever arrangement that may filter out non-gravitic influences.

[Spider]

Although not quite in the realm of this topic, I just want to have some feedback on something I was thinking about concerning some clues on the workings of the tpu.

A car engine, when running at idle, the internal resistance of the engine is in equilibruim with the amount of fuel supplied to the carburator.
If a load put on the engine, the trottle has to be applied to reach an new equilibrium.

The same goes for the tpu.
Obviously, a tpu in operation is in equilibrium. Energy drawn from its illusive source is equal to the energy lost in resistance.

If turned on, a voltage is measured. The voltage is constant. I carefully watch the garage video, specially the moment SM connects the first and second lamp. There is no significant drop in the voltage reading on the voltmeter.(arround 91,2V)

I just tested this at home: I put a voltmeter in a wallsocket, 231 VAC. I switch on a 150W lamp, gives a voltage drop of about 1 VAC . After about 1 sec the voltage is up to 231 VAC again.

So, this makes me come to the following conclusion:

The TPU HAS to have a mechanisme which is able to do that.

I think finding this mechanisme before attempting any replication is vital.


An analogy would be a generator with a big flywheel, driven by a small elektric motor to compensate for resistance and applied load.

I think the tpu is a second order system, and concidering the response time when a load is connected, its energy content must be many times higher then the load.

Greetings Rene